An electronic hookah structure

Abstract

The invention discloses an electronic hookah structure. The electronic hookah structure comprises an upper cover assembly, an airflow adjusting ring, a breathing regulating shading piece, a mark silicone seat, a mark, an air duct, a first exterior decoration LOGO, an electrical control board, a sealing ring and a second exterior decoration LOGO, wherein the second exterior decoration LOGO is arranged at the front end of the mark; the mark is arranged at the front end of the mark silicone seat; the mark silicone seat is arranged at the front end of the airflow adjusting ring; the airflow adjusting ring is arranged at the front end of the breathing regulating shading piece; the breathing regulating shading piece is arranged at the front end of the air duct; the sealing ring is arranged at the rear end of the air duct; the electrical control board is arranged on the periphery of the air duct; the first exterior decoration LOGO is arranged at the front end of the electrical control board. According to the electronic hookah structure, during smoking of an electronic cigarette, main airflow can pass through a mark air inlet hole to activate a circuit, meanwhile, other airflow can pass through an air inlet channel, airflow circulation is realized, and the problem of labored breathing in the current hookah industry is solved.

Description

Technical field [0001] The invention belongs to the field of electronic cigarettes, and specifically relates to an electronic hookah structure. Background technique [0002] The current electronic hookah series uses the mark to control the circuit. When a person smokes, the airflow generated by breathing passes through the mark to drive the opening of the circuit. The holes of the mark circuit device are very small, so the traditional electronic cigarettes are all densely packed. Air flow channel, when smoking e-cigarettes, all the gas only passes through the mark, but the disadvantage is that the passage is also very small, and it is easy to hold the breath. Before implementing this structure, there are many ways to try to increase the hole in the air flow channel parallel to the inlet direction of the mark to improve The phenomenon of suffocation, but if there is no way to add holes in other places, the air intake will be smooth, but the mark will not enter because of the smoot...

AI Technical Summary

Problems solved by technology

[0002] The current electronic shisha series use marks to control the circuit. When a person smokes, the airflow generated by breathing passes through the mark to activate the circuit. The hole of the circuit device of the mark is very small, so the traditional electronic cigarettes are densely packed. The airflow channel, when smoking electronic cigarettes, all the gas only passes through the mark, but the disadvantage is that the passage is also small, and it is easy to hold your breath. Before realizing this structure, there are many ways to try to increase the hole in the airflow channel parallel to the air intake direction of the mark to improve The phenomenon of suffocation, but if there is no way to add holes in other places, the air will flow smoothly, but the mark will not enter due to the smooth flow of air in other places, the circuit cannot be activated and the electronic cigarette will not work

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